FMP300FTF73-13R7

The FMP300FTF73-13R7 through hole resistor has been designed to provide an efficient solution for current limiting, short-circuit suppression, and voltage division applications. The resistor is composed of two main components: a ceramic substrate and the metal conductor wire. The ceramic substrate provides the main body of the resistor and acts as a dielectric between the metal conductor wires. It is designed to dissipate heat generated while the metal wires limit the current flowing through the resistor.

The FMP300FTF73-13R7 through hole resistor is cylindrical in shape, where the ceramic substrate takes the form of a disc and is surrounded by the wire wound inductor. The wire wound inductor creates a magnetic field around the resistor which is dependent on the amount of current flowing through the resistor. This creates a counter EMF, or self-inductance, which is used to limit the flow of current. This inductance limits the total current that flows through the resistor, thus protecting the circuit from possible short-circuits.

The resistor also has excellent temperature stability, meaning that the resistance value remains constant even at high temperatures. This allows the resistor to be used in applications where high temperatures are present and will not jeopardize the overall performance of the system. Finally, the resistor can also be used as a voltage divider, allowing voltage levels to be adjusted to fit the requirements of different circuits.

Overall, the FMP300FTF73-13R7 through hole resistor provides a cost-effective solution for current limiting, short-circuit suppression, and voltage division applications. The resistor is composed of durable ceramic substrate and metal conductor wire which makes it able to dissipate heat generated, allowing the resistor to maintain its resistance even at high temperatures. Additionally, its wire wound inductor is designed to limit the current flow in the circuit, protecting it from possible short-circuits. Finally, the resistor is also able to be used as a voltage divider allowing voltage levels to be adjusted as necessary for different applications.